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Table of Histopath Stains # 1

This document provides information on histopathology staining techniques used to identify various tissues including glycogen, connective tissue components, elastic fibers, reticulum, bone, and cartilage. It lists specific stains and the reagents used for each along with the colors they cause in the target tissues. For example, the Periodic Acid-Schiff stain uses periodic acid, hydrochloric acid, and hematoxylin to cause glycogen to appear magenta red. Masson's Trichrome Stain uses Weigert's hematoxylin, acid fuschin solution and aniline blue to color collagen blue.
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0% found this document useful (0 votes)
334 views3 pages

Table of Histopath Stains # 1

This document provides information on histopathology staining techniques used to identify various tissues including glycogen, connective tissue components, elastic fibers, reticulum, bone, and cartilage. It lists specific stains and the reagents used for each along with the colors they cause in the target tissues. For example, the Periodic Acid-Schiff stain uses periodic acid, hydrochloric acid, and hematoxylin to cause glycogen to appear magenta red. Masson's Trichrome Stain uses Weigert's hematoxylin, acid fuschin solution and aniline blue to color collagen blue.
Copyright
© © All Rights Reserved
We take content rights seriously. If you suspect this is your content, claim it here.
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Download as PDF, TXT or read online on Scribd
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HISTOPATHOLOGY LECTURE LECTURE NOTES IN STAINS (1)

GLYCOGEN, CONNECTIVE TISSUE-COLLAGEN, ELASTIC FIBERS, RETICULUM, BONE AND CARTILAGES

TABLE OF HISTOPATH STAINS


STAINING TECHNIQUE SPECIMEN/SUBSTANCE FIXATION REAGENTS RESULT
Best Carmine Method Glycogen Absolute Alcohol or Carnoy’s Carmine Stain; Ammonia Water, Glycogen-brilliant red
Fluid Methyl Alcohol
Bauer Feulgen Reaction Glycogen 9 parts of Absolute Alcohol, 1 Chromic acid, HCL, Feulgen Glycogen- red to red purple
part of Formalin leukofuchsin, Sodium Bisulfate,
Harris Hematoxylin
Periodic Acid- Schiff Glycogen Glycogen 10% formalin or Zenker’s Coleman’s Feulgen rgt or Schiff Glycogen-magenta red
Reaction (PAS) solution leukofuschin 0.5% periodic acid
HCL Harris Hematoxylin
Langhan’s Iodine Method Glycogen Formalin Gram’s Iodine Glycogen-mahogany brown
Mallory’s PTAH Method Connective tissue-collagen Zenker’s fluid or formalin PTAH Collagen-yellowish to brownish
red
Mallory’s aniline Blue Method Connective tissue-collagen Zenker’s fluid Acid Fuchsin solution Aniline Collagen-blue
Blue-Orange G solution

Mallory’s phosphomolybdic acid Connective tissue-collagen Zenker’s fluid Phosphomolybdic acid Collagen-blue
Hematoxylin Hematoxylin solution
HPS Trichome Stain Method Connective tissue-collagen Picric acid fixation Hemalum phloxine Saffron Collagen-yellow orange
Heidenhain Iron Hematoxylin Contnective tissue-collagen Zenker’s fluid Ammonio-Ferric Alum Collagen-blue
Method Hermatoxylin Van Gieson stain
Massons Trichome Method Connective tissue-collagen Bouin’s fluid or 10% formalin Weigert’s Hematoxylin Bilbrich Collagen-blue
Scarlet acid fuschin solution.
Phosphomolybdic acid
phosphotungstic acid solution
Aniline blue solution light green
solution 1% acetic acid water
solution
Barbeito-Lopez Trichome Connective tissue-collagen Acetic acid fuchsin Collagen-brilliant geen
Method Acetic a cid formalin molybdic
acid aniline blue-methyl orange
solution
Van Gieson Picrofuchsin Method Connective tissue-collagen Any Fixation Harris Hematoxylin or Celestine Collagen-Bright red
blue Van Gieson picrofuschin
HISTOPATHOLOGY LECTURE LECTURE NOTES IN STAINS (1)
GLYCOGEN, CONNECTIVE TISSUE-COLLAGEN, ELASTIC FIBERS, RETICULUM, BONE AND CARTILAGES

Gellego’s Iron Fuschin Method Connective tissue-collagen 10% Formalin Iron chloride solution, Weigert’s Collagen and reticulum- deep
Hematoxylin, 0.1 % acetic acid, blue
carbol fuschsin aniline blue-picric
acid solution

Lillie’s Biebrich scarlet-Picro Connective tissue-collagen Any Fixation Weigert;s iron chloride Collagen-blu
Aniline Blue Method Hematoxylin Biebrich scarlet in1
% Hac Aniline Blue Hac
Methanolic Luxol Past Blue Collagen and elastin 10% Formalin Luxol fast blue G methanol aq. Collagen and elastic fibers-bright
Tartrazine blue
Snook’s Reticulum Method Reticulum 10% Formalin Potassium permanganate oxalic Reticulum-black
acid solution uranium nitrate, 1%
Gold chloride nuclear fast red
Silver nitrate, Sodium nitrate;
Sodium hydroxide, Sodium
thiosulfate
Laidlaw’s Silver Impregnation Reticulum Any Fixative Potassium permanganate, 5% Reticulum-violet to black
Method oxalic acid; Ammoniacal silver
carbonate, Gold chloride Alum
hematoxylin Formalin, Van
Gieson stain , Sodium Thiosulfate
Gordon and Sweet’s Silver Reticulum Any Fixative Potassium Permanganate oxalic Reticulum- brownish black or
Impregnation acid Wilder’s SilveSolution, Gold purple
Chloride 10% formalin solution
thiosulfate
Weigert’s Resorcin-Fuhsin Elastic Elastic Fibers Any Fixative Weigert Hematoxylin Resorcin- Elastic fibers- blue black to black
Statin Method fuchsin solution, Van Gieson
Solution
Verhoeffs Elastic Stain Elastic Fibers Any Fixative Hematoxylin Ferric Chloride, Van Elastic fibers- blue black to black
Gieson Stain, Sodium Thiosulfate
Unna- Taenzer Acid Orcein Stain Elastic Fibers Any Fixative HCL-Orcein solution, Van Gieson Elastic fibers- brownish black or
picro fuchsin H and E Stains dark brwn
Gomori’s Aldehude Fuchsin Stain Elastic Fibers Any Fixative Aldehyde Fuchsin Solution, Vam Elastic Fibers- deep blue to
HISTOPATHOLOGY LECTURE LECTURE NOTES IN STAINS (1)
GLYCOGEN, CONNECTIVE TISSUE-COLLAGEN, ELASTIC FIBERS, RETICULUM, BONE AND CARTILAGES

Gieson picrofuchsin stain purple


KOneff’s Stain Bone and Cartilage Zenker-solution Iron alum solution, Methyl green
solution. Aniline blue solution,
Harris Solution.
Phosphomolybdic acid

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